The present work aims to develop a model to mitigate the thermal lensing effects in laser
diode-pumped solid-state laser systems. Using an annular-shaped beam, a virtual solid …

This work presents a new approach to determine the maximum allowable pump power that
causes fractures in solid-state lasers. By considering temperature-dependent-thermal …

Transient thermal model of temperature and stress field in solid-state microchip laser crystal
was obtained analytically using integral transform method. The effect of changing the face …

Based on Kirchhoff's transformation a mathematical expression was derived to reduce the
temperature distribution in a double-end-pumping configuration utilizing an annular intensity …

In this work, a temperature-dependent analytical model was modified to predict the thermal
effects of diode laser double–end-pumped cylindrical laser rod under Gaussian pump beam …

When the laser medium is pumped by a high pump power beam, the thermal effects are
unavoidable. At this point, the gradient temperature generated inside the laser medium is …

Understanding the induced temperature distribution over the laser active medium is
important. This is due to the need for a tiny focused pump beam volume in end-pumped …

Simulations and computational models have become the common tool of subject matter
experts (SMEs) in a variety of disciplines to explore systems with inherent uncertainty …

In most of the numerical methods for facial expressions in the literatures, the number of the
key controls for animators or robot programmers are too complex and trivial, because what …